Global Spectrometry Market: Trends & Opportunities (2013-2018)

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The report titled “Global Spectrometry Market: Trends and Opportunities (2013-2018)” analyzes the potential opportunities and significant trends in the global Spectrometry market. The report also provides detailed analysis of the global spectrometry market, with focus on its three segments – molecular, atomic and mass spectrometry. The report assesses the regional markets such as North America, Europe and Japan and profiles and analyzes the business strategies of the leading companies operating in the spectrometry market.

Spectrometry is the use of light, sound or particle emission to study matter and the device (spectrometer) records the spectrum of light emitted (or absorbed) by a given material. Spectrometry is specially used in the fileds of analytical and physical chemistry, where light can be used to determine the chemical composition of a substance because of signature spectral lines emitted by known elements. Spectrometry is categorized into several forms but main three types are mass spectrometry, atomic spectrometry and molecular spectrometry. It is used in numerous fields such as chemical, clinical, defense, environment, food and drinks, healthcare, pharmaceuticals etc.

Globally, the penetration of spectrometry market is highest in North America, mainly the US followed by Europe and Japan. The spectrometry market is finding its strong foothold in Japan, but the North American market will maintain its leadership status in terms of market share in the near future.. Increasing awareness, improving technology and new product launches are the various factors that will facilitate geographical expansion of the spectrometry market in the next few years. The use of mass spectrometry in clinical market, biopharmaceutical industry and drug discovery segment are the major driving forces of the spectrometry market.

1. Executive Summary

2. Introduction

2.1 Instruments Used for Spectrometry

2.1.1 Spectrometer

2.1.2 Spectroscope

2.2 Classification of Method

2.2.1 Nature of Excitation Measured

2.2.2 Measurement Process

2.3 Types of Spectroscopy

2.4 Mass Spectrometry

2.4.1 Uses of Mass Spectrometry

2.5 Atomic Spectrometry

2.6 Molecular Spectroscopy

2.7 Chromatography

2.7.1 Gas Chromatography and Mass Spectrometry (GC-MS)

2.7.2 Liquid Chromatography and Mass Spectrometry (LC- MS)

3. Global Spectrometry Industry: Analysis and Forecast

3.1 Global Market Size of Spectrometry Industry

3.1.1 Market share of Global Spectrometry Industry

3.2 Global Market Size of Mass Spectrometry Industry

3.2.1 Global Market Size of Mass Spectrometry Industry by End Market

3.2.2 Market Share by End Market

3.2.3 Global Share of Mass Spectrometry by Segment

3.3 Global Market Size of Atomic Spectrometry Industry

3.3.1 Global Share of Atomic Spectrometry by Segment

3.4 Global Market Size of Molecular Spectrometry Industry

3.4.1 Global Share of Molecular Spectrometry Market by Segment

4. North American Spectrometry Market: Analysis and Forecast

5. European Spectrometry Market: Analysis and Forecast

6. Japanese Spectrometry Market: Analysis and Forecast

7. Market Dynamic of Spectrometry Industry

7.1 Growth Drivers

7.1.1 Increasing Use in Clinical Market

7.1.2 Government Demand

7.1.3 Used in Treating Sarcoma Cancer

7.2 Challenges

7.2.1 Long Replacement Cycle

7.2.2 Accuracy of Gas Chromatography-Mass Spectrometry (GC-MS)

7.3 Trends

7.3.1 New Product Portfolio

7.3.2 ICP-MS and Secondary Ion Mass Spectrometry

7.3.3 Mass Spectrometry in Drug Discovery and Development

8. Competitive Landscape

8.1 Market Share of Suppliers of Mass Spectrometry Market

8.2 Market Share of Suppliers of Atomic Spectrometry Market

8.3 Market Share of Suppliers of Molecular Spectrometry Market

8.4 Market Share of Suppliers of Chromatography Market

8.5 Growth Rate of Different Segments of Mass Spectrometry Market by Companies